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GNSS receiver Product List and Ranking from 15 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.

GNSS receiver Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.

  1. ＮＴジオテックス Tokyo//Trading company/Wholesale 本社、東北営業所、山梨営業所
  2. null/null
  3. 小泉測機製作所 Niigata//Industrial Electrical Equipment
  4. 4 ビズステーション Nagano//IT/Telecommunications 本社
  5. 5 null/null
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GNSS receiver Product ranking

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.

  1. Antenna-integrated GNSS receiver "CS Mate PRO"
  2. Antenna-integrated GNSS receiver 【Trimble R12i】 ＮＴジオテックス 本社、東北営業所、山梨営業所
  3. Integrated antenna GNSS receiver 【Trimble R580】 ＮＴジオテックス 本社、東北営業所、山梨営業所
  4. 4 RTK GNSS Receiver "RWP" ビズステーション 本社
  5. 5 NetSurv RE-α

GNSS receiver Product List

1～15 item / All 52 items

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Cohac∞ Series

Cohac∞ Series

Michibiki-compatible high-precision positioning solution Cohac∞ series

The "Chronosphere-L6" receiver is compatible with the centimeter-level positioning augmentation service (CLAS/MADOCA) of the Quasi-Zenith Satellite System "Michibiki." It achieves centimeter-level positioning across the entire Michibiki area (including Japan and the Asia-Oceania region) without the need for communication costs (no ground communication required). Additionally, it ensures accuracy and stability by supporting signals not only from "Michibiki" but also from GNSS systems worldwide.

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[Case Study] GNSS RTK Observation, Iwate University Faculty of Agriculture, Symbiotic Environment Course

[Case Study] GNSS RTK Observation, Iwate University Faculty of Agriculture, Symbiotic Environment Course

We will introduce a case that demonstrates the effective observation work achieved through the synergy of mobility and high speed, resulting in good responsiveness.

We would like to introduce a case study of GNSS receiver G3100 RTK observations from the Coexistence Environment Course of the Faculty of Agriculture at Iwate University. (The current model is the GX2 series.) During the Great East Japan Earthquake on March 11, 2011, tsunamis surged in from both the Hirota Bay side and the Pacific Ocean side. Due to ground subsidence, seawater that flooded the reclaimed land could not be drained, and the Hirota Town area became an isolated island for several days. Investigating the subsidence situation became urgent for the restoration of agricultural land and reclaimed land. As a result, the efficiency of the investigation has been improved through RTK positioning using GNSS surveying equipment, with the PENTAX G3100, compatible with GLONASS and GPS, actively utilized on-site for RTK positioning. 【Case Overview】 ■Challenges - Aerial photography from above cannot accurately assess the amount of subsidence. - There are still many areas with a large amount of debris remaining, and the wide range of the survey area means that efficiency does not improve with leveling and total station surveys. ■Results - The compact and lightweight design, along with being cable-free, allows for excellent mobility and quick successive RTK positioning in a short time. - Data transmission from the reference station to the mobile station can be done stress-free with a high-speed wireless modem, allowing for focused observation work. *For more details, please refer to the PDF document or feel free to contact us.

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FOG『iTraceRT-F402-E』

FOG『iTraceRT-F402-E』

Designed for use in harsh environments! It can reduce the satellite's recapture time.

The "iTraceRT-F402-E" is a GNSS+IMU integrated unit equipped with a dual-frequency RTK GPS+GLONASS board, designed for use in harsh environments as a FOG (Fiber Optic Gyroscope). With the GNSS board supporting GPS/GLONASS, the satellite reacquisition time is further reduced. By performing RTK positioning using GPS+GLONASS, it enhances the satellite utilization aspect of INS positioning. Additionally, it supports a full 400Hz output, allowing real-time measurement results for position, velocity, angular velocity, and attitude to be output at a maximum of 400Hz. 【Features】 ■ Equipped with a GPS+GLONASS dual-frequency GNSS receiver board ■ Initial setup can be easily performed using GUI software ■ Data output update up to 400Hz (position, velocity, acceleration, attitude) ■ Supports CAN output from 100Hz to 1MBd (MEGABaud) (maximum) *For more details, please refer to the PDF documentation or feel free to contact us.

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IMU-equipped GNSS receiver 'V200'

IMU-equipped GNSS receiver 'V200'

Equipped with IMU tilt observation function. A compact model that delivers excellent performance. Hi-Target V200.

The Hi-Target V200 GNSS RTK system supports users' fieldwork with excellent performance. With its advanced GNSS engine and IMU, it is capable of delivering the best performance for any application. Please consider the V200 for further improvements in productivity. ■ Registered model by the Geospatial Information Authority of Japan - Class 1 GNSS surveying instrument ■ Flexible observations with advanced 9-axis IMU Equipped with a 9-axis IMU that enables tilt surveying without calibration, it can accurately detect tilt direction even in magnetic environments where traditional orientation sensor methods struggle. Compared to leveling using a bubble tube, it allows for approximately 20% efficiency improvement. It achieves an accuracy of about 2.5 cm at tilt angles within 30 degrees.

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Case Studies of Network RTK Utilization: "General Surveying"

Case Studies of Network RTK Utilization: "General Surveying"

Introducing examples of the use of "network RTK" in the general surveying field.

This document introduces examples of the use of a unique technology (JENOBA method) utilizing real-time data from electronic reference points in the field of general surveying with "network-type RTK." It includes numerous examples of applications, starting with "road ledger map revision work," as well as "centerline and longitudinal surveying of high-voltage power lines" and "topographic and reference point surveying along coastlines." 【Examples of Applications】 ■ Application examples related to road ledger map revision work (Pasco Corporation Kansai Division) ■ Development of a manual for reference point (star measurement point) surveying work using network-type RTK single point observation (Tondabayashi City, Osaka Prefecture; cooperation: Asahi Koyo Co., Ltd.) ■ Application examples of reference point (star measurement point) surveying using network-type RTK single point observation (Geotechnical Co., Ltd.) ■ Application examples of centerline and longitudinal surveying of high-voltage power lines using network-type RTK (Hidex Co., Ltd. and Wajima) ■ Application examples of network-type RTK in river surveying and leveling (reference point) (Kyushu Chuo Surveying Co., Ltd.) *For more details, please refer to the catalog or feel free to contact us.

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[Example] Third-class benchmark surveying using simultaneous observation method with two network-type RTK systems.

[Example] Third-class benchmark surveying using simultaneous observation method with two network-type RTK systems.

Simultaneous observation of two units using network RTK! Observation completed in just one and a half days!

We would like to introduce a case study conducted by Shinsoku Giken Co., Ltd. on "3rd Class Benchmark Survey using Network RTK with Simultaneous Observation of Two Units." From the new points of 55, it was a site that required 4 days with 10 receivers and 4 personnel for static observation as usual. In this case, due to difficulties in arranging equipment and personnel, we conducted simultaneous observation with two units using network RTK with the cooperation of Sokia Co., Ltd. 【Site Overview】 ■ Number of Points - Reference Points: 7 - New Points: 55 ■ Date and Time - 2 days - 17th (8:54 AM - 6:11 PM) *Number of observation vectors: 53 - 18th (9:05 AM - 2:25 PM) *Number of observation vectors: 30 ■ Equipment: 2 sets of Network RTK ■ Personnel: 2 people *For more details, please refer to the PDF document or feel free to contact us.

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[Example] Installation work for fourth-class reference points for land surveying.

[Example] Installation work for fourth-class reference points for land surveying.

Achieved approximately one-third time reduction compared to conventional methods! Utilizing network-based RTK!

We would like to introduce a case where M.T.Y. Synthetic Co., Ltd. utilized a network-type RTK for "the installation work of fourth-class reference points for land surveying." The site involved the installation of fourth-class reference points for land surveying. It was a flat area on a high ground, and there were no issues with satellite conditions or mobile phone communication. A total of 6 points were installed, achieving good results with an accuracy of within 1 cm. The operation went smoothly without any hindrances, and the work was completed in one day. 【Benefits and Effects】 ■ Achieved approximately one-third time reduction compared to conventional methods ■ Cost reduction ■ Shortened delivery time ■ Due to the reduction in on-site work time, we are now able to accept more jobs than before *For more details, please refer to the PDF document or feel free to contact us.

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2-frequency GNSS receiver 'RTF500'

2-frequency GNSS receiver 'RTF500'

A dual-frequency RTK-GNSS receiver that supports surveying in various industries and business types.

The "RTF500" is a dual-frequency RTK-GNSS receiver that achieves centimeter-level positioning accuracy with a simple device configuration. It offers horizontal accuracy within ±2 to 3 cm, vertical accuracy of approximately ±2 cm, and can achieve positioning intervals of up to 10 Hz. When combined with the multi-antenna "AR270," which is equipped with a unique filter, it delivers high performance. 【Features】 ■ Simple device configuration ■ Achieves centimeter-level positioning accuracy ■ Supports surveying across various industries and sectors ■ Significantly reduces FIX time compared to conventional devices ■ IP65 waterproof and dustproof *For more details, please refer to the PDF document or feel free to contact us.

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GNSS receiver "GCX3"

GNSS receiver "GCX3"

High positioning performance and overwhelming mobility will change surveying work! Demonstrates stable performance even under harsh observation conditions.

The "GCX3" is a GNSS receiver compatible with all satellites. Equipped with a new multi-GNSS board, the number of receivable satellites and signals has significantly increased. In particular, the availability of BeiDou, which has a satellite count comparable to GPS, greatly enhances positioning performance and, consequently, work efficiency. Additionally, it has achieved a lightweight design of approximately 440g. All functions, including the antenna, receiver, memory, battery, and Bluetooth wireless, are integrated into a size smaller than a 500ml plastic bottle. 【Features】 ■ Compatible with all satellites ■ Ultra-compact and robust body ■ Supports hybrid survey systems ■ Equipped with second-generation POST2TM GNSS antenna ■ LongRange data communication *For more details, please refer to the PDF document or feel free to contact us.

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